M368392 五、新型說明： 【新型所屬之技術領域】 一種蒸素機之擠壓裝置改良’尤指一種將強力擠壓成 塊之如生材進行快速切削並粉碎打散，以達省力及可避免 如生材被擠壓成塊之設計。 【先前技術】 按，一般提供如生材投入由擠壓裝置1〇 (如第i圖所 示）之傳動組件11入料外殼lu上方的入料口 112進入 後，以旋轉進入將如生材攪拌並擠壓的主擠壓段，當在 主擠壓段12㈣的職推進器121轉動並將如生材二緩 推向前方的第一副擠壓段13,再由第_副擠壓段Η内部 的第-螺旋件131逐漸傳送，並推向第二副擠壓段14的 第二螺旋件141與第三副擠壓段15的第三螺旋件時 ，在如生材受到主擠壓段12的螺旋推進器121與第一、 第二、第三副擠壓段13、14、15的第一、第二、第三螺 旋件13：L、14卜151不斷作轉動擠壓並往前推時，容易在 擠壓過程產生高溫’造成高溫擠壓成塊狀，導致被擠壓後 呈塊狀的生材’再置人粉碎機加以粉碎成粉狀，在實際 擠壓過程不僅費力又麻煩，擠壓效果並非最佳。 【新型内容】 本創作係為提供-種〔蒸煮機之擠壓裝置改良〕，以 改良傳統蒸煮機之擠壓裝置於第二昌刚段内部的第二螺 ^件與第三副擠壓段㈣的第三㈣件未設有切削槽溝， 致主擠壓段將其如生材不斷料，並㈣傳送至第一副 M368392 擠壓段及送達至第二副擠壓段與第三副擠壓段，不斷作轉 動擠壓並往前推時’容易在擠壓過程產生高溫，造成高溫 擠壓成塊狀等弊端；希藉此設計，提供一種透過第二副擠 壓段其内螺旋件的二對應切口與第三副擠壓段其内螺旋元 件的三道切口，可將強力擠壓成塊之如生材進行快速切削 並叔碎打冑，以達省力及可避免如生材被擠壓成塊，為本 創作之主要目的。 由上述之目的，本創作所運用之技術手段如下所述： 種蒸煮機之擠壓裝置改良，包括一傳動組件、一樞 接在傳動組件的人料外殼另側的主擠壓段、—樞接在主擠 壓段的機身外殼另側的第—副擠壓段、—枢接在第一副擠 壓段的機身外殼另側的第二副擠壓段，及一樞接在第二副 擠壓段的機身外殼另側的第三副擠壓段，丨中該第二副擠 壓羊又八有在外周外螺紋形成二對應切口的螺旋件與第三 ㈣壓段具有-在外周外螺纹形成三道切口的螺旋元件， 精此，可使如生材在強力擠壓及推向前方同時進行快速切 削。 藉本創作蒸煮機之擠Μ裝置改良設計，主要可達到 下所述之諸多功效： 1 .本創作利用該第二副播壓段具有_在外周外螺 形成二對應切η的螺旋件與第三副擠壓段具有—在外周 螺㈣成三道切π的螺旋元件，可使如生材在強力擠壓 推向别方同時進仃快速切削並粉碎打散以達省力及可 免如生材被擠壓成塊，提高切削粉狀能力。 M368392 具有高剪力之第二副擠壓段的螺旋件 旋元件’可將不斷轉動被擠壓成塊之 並粉碎打散’可降低如生材被擠壓成 【實施方式】 本創作之其他目& ^ L „ 、J、功效及特點，可由以下詳細實施 例說明輔以附圖而可獲進—步之了解。 、M368392 V. New description: [New technical field] The improvement of a steaming machine extrusion device, especially a kind of raw material that is strongly extruded into a block for rapid cutting and crushing and scattering, so as to save labor and avoid Such as the design of raw materials being extruded into blocks. [Prior Art] According to the general introduction, if the raw material is put into the inlet port 112 above the feeding casing lu of the transmission assembly 11 of the pressing device 1 (as shown in Fig. i), the rotation is introduced into the raw material. The agitating and squeezing main extrusion section rotates when the propeller 121 of the main extrusion section 12 (four) rotates and pushes the green material 2 to the front of the first sub-extrusion section 13, and then the _ sub-extrusion section When the inner first spiral member 131 is gradually conveyed and pushed toward the second spiral member 141 of the second secondary pressing portion 14 and the third spiral member of the third secondary pressing portion 15, the main material is subjected to main extrusion. The auger 121 of the segment 12 and the first, second, and third spiral members 13: L, 14b 151 of the first, second, and third sub-extrusion sections 13, 14, 15 are continuously rotated and pressed toward When pushing forward, it is easy to generate high temperature in the extrusion process, which causes the high temperature to be extruded into a block shape, which leads to the green material which is formed into a block after being squeezed, and then pulverized into powder, which is not only laborious in the actual extrusion process. It is troublesome, and the extrusion effect is not optimal. [New content] This creation is to provide a kind of [improvement of the extrusion device of the cooking machine] to improve the second screw and the third sub-extrusion section of the extrusion device of the conventional cooking machine in the second Changgang section. (4) The third (4) piece is not provided with a cutting groove, so that the main extrusion section continuously feeds the raw material, and (4) is sent to the first sub-M368392 extrusion section and to the second sub-extrusion section and the third pair. When the extrusion section is continuously rotated and pushed forward, it is easy to generate high temperature in the extrusion process, causing the high temperature to be extruded into a block shape, etc., and the design provides a spiral through the second secondary extrusion section. The two corresponding incisions of the piece and the three incisions of the spiral element in the third sub-extrusion section can be strongly extruded into pieces such as raw materials for rapid cutting and unbroken smashing, so as to save labor and avoid such as raw materials. Being extruded into blocks is the main purpose of this creation. For the above purposes, the technical means used in the present invention are as follows: The squeezing device of the cooking machine is improved, including a transmission assembly, a main pressing section pivotally connected to the other side of the human casing of the transmission assembly, and a pivot a first sub-extrusion section connected to the other side of the fuselage casing of the main extrusion section, a second sub-extrusion section pivotally connected to the other side of the fuselage casing of the first sub-extrusion section, and a pivotal connection a third sub-extrusion section on the other side of the fuselage casing of the second sub-squeezing section, wherein the second sub-extrusion sheep has a spiral member having a corresponding corresponding slit on the outer peripheral thread and a third (four) pressure section having - A spiral element is formed in the outer peripheral thread to form three slits. In this way, the green material can be quickly cut while being strongly pressed and pushed forward. The improved design of the squeezing device of the present cooking machine can mainly achieve the following various functions: 1. The creation uses the second sub-pressing section to have a spiral piece corresponding to the outer snail The three sub-squeezing sections have a spiral element which is cut into three π in the outer snail (four), so that the green material can be pushed into the other side at the same time, and the rapid cutting and pulverization are performed to save labor and can be spared. The material is extruded into blocks to improve the ability to cut powder. M368392 Spiral rotary element of the second secondary extrusion section with high shear force can be continuously rotated and extruded into pieces and crushed and broken to reduce the extrusion of raw materials. [Embodiment] Others of this creation The terms & ^ L „ , J, function and characteristics can be obtained by the following detailed description of the detailed drawings with reference to the drawings.
請參閱第2、3圖及第'5、6圖所示，本創作蒸煮機別 之擠壓裝置21立體圖，該擠壓襄置21主要設有—傳動組 件30傳送如生材，將如生材攪拌擠壓之主擠壓段推向 前方的第-副擠壓& 5G與在推向前方同時進行切削之第 二副擠壓段60與第三副擠壓段7〇 ;其中：Please refer to Figures 2, 3 and Figures 5 and 6 for a perspective view of the extrusion device 21 of the present cooking machine. The extrusion device 21 is mainly provided with a transmission assembly 30 for conveying raw materials, which will be like a living. The main extrusion section of the material agitating and pressing pushes the first sub-extrusion & 5G forward and the second sub-extrusion section 60 and the third sub-extrusion section 7 which are simultaneously cut in the forward direction; wherein:
2 .本創作利用 與第三副擠壓段的螺 如生材進行快速切削 塊之機率。 一傳動組件30,包括一軸承箱31、一主軸32、一前 油封座板33及-後油封座板34;其中該軸承箱31 一側延 伸一具有轴孔311的Λ接部312,於該軸孔311中置入一 轴用固定螺帽311卜一設在軸用固定螺帽3Ul外緣的塾 片3112、一設在墊片3112前方的第一軸承3113及一套在 第一軸承3113前外緣的軸承襯套3114，另側設置一固定 座313，該固定座313内部設有與轴孔311相貫通的孔洞 3131，於穿套在該孔洞3131中的第二軸部322外緣置入 一轴承襯套3132、一第二軸承3133、一軸用固定螺帽 3134及一套没在軸用固定螺帽3134外緣的墊片3135 ;該 主軸32 —端延設呈階梯式之第— ' 第二、第三軸部321、 322、323’並在該第一、第―、第三軸部321、322、323 M368392 之外緣各設有第一、第二、第三鍵槽32ii ' 322ι、3231， 可供主擠壓段40的第一驅動鍵410、傳動組件3〇的第-驅動鍵310與第三軸部323的第三驅動鍵34〇置入，並使 主軸32 —端穿伸並限位在主擠壓段40與傳動組件3〇中 ，另端延設一軸桿324 ,軸桿324之外緣設有第四鍵槽 3 2 41，可供第一副擠壓段5 〇的第四驅動鍵$ 1 〇與第二副 / 擠壓段6〇的第五驅動鍵610置入，並使軸桿324穿伸並 -限位在第一副擠壓段50與第二副擠壓段60中；該前油封 ® 座板33，具有供主軸32另端軸桿324穿伸之軸孔331， 並在兩侧邊分別設有與入料外殼4〇〇鎖固體4〇2形成螺鎖 的第一固定塊332、及與轴承箱31凸接部312形成螺鎖的 第一固定塊333 ;該後油封座板34設有可供第二軸部322 穿伸的透孔341，於透孔341内緣套置一油封342,在其 外周邊與軸承箱31另側的固定座313鎖固結合。 一主擠壓段40，樞接在傳動組件3〇另側，包括—入 • 料外殼400、一螺旋推進器41、一墊片42、一磨損環43 、一阻滞板44及一機身外殼45 ;其中該入料外殼4〇〇 — 側设置一與傳動組件30之前油封座板33鎖合的鎖固體 402 ’另側内部設有容置孔4〇1，於該容置孔4〇1中置入一 •螺旋推進器41，該螺旋推進器41設有供軸桿324穿伸之 轴孔411 ’再於穿伸螺旋推進器41另側具有第一驅動鍵 410的軸桿324外緣，再依序穿套有墊片42、磨損環“ 及阻滞板44 ’再藉由—具有軸孔451的機身外殼45套置 ’而機身外殼45 ~侧的後端垣452與入料外殼400形成 6 M368392 鎖σ，並在機身外殼45與入料外殼400的銜接外緣利用 -上、下管夾組80、81夹套並鎖固。 一第一副擠壓段5〇 ’樞接在主擠壓段4〇的機身外殼 45内部’包括—單螺旋件51、一兩側設有墊片521的阻 滯板52及—磨損環53 ’再與-機身外殼54 -側套接；該 單螺紅件51设有供軸桿324穿伸之軸孔511，再於穿伸單 螺鉍件51另側具有第四驅動鍵510的軸桿324外緣，依 序穿套有兩侧具有墊片521的阻滯板52及磨損環53，再 藉由具有軸孔541的機身外殼54套置，而機身外殼54 -側的後端垣542與主擠壓段4〇的機身外殼45形成鎖合 ’並在其間的銜接外緣利用—上、下管夾、组80、81夾套 並鎖固。 ±第一 擠壓段60，樞接在第一副擠壓段50的機身 卜殼54内^ ’包括—螺旋件61、—墊片62、-阻滯板63 及磨抽環64，再與一機身外殼65 一侧套接；該螺旋件 1可為單螺，或雙螺旋，並在外周的外螺紋6H形成二對 心刀口 612’其内部設有轴孔613，於該轴孔⑴中可供 軸桿324穿伸’並在具有第五驅動鏈61。的軸桿324外緣 二依序穿套一墊片62、-阻滯板63及-磨損環64,再藉 由一具有軸孔⑸的機身外殼65套置，而機身外毅⑼一 :的後端垣652與第-副擠壓段5。的機身外殼54形成鎖 並在其間銜接的外緣利用一上、下管爽組8〇、81夹 套並鎖固。 一第三副擠壓段 70 ’框接在第二副擠壓段60的機身 7 M368392 :殼65内部，包括一螺旋元件71、一阻滯板& % 73、一墊片74及一鎖固座76 ;該螺旋元件η ' 螺旋或雙螺旋，並在外周的外螺紋711形成三道切口^ ’其内部設有轴孔713’於該轴孔713中可供軸桿如穿 伸’並在具有第六驅動鍵71〇的袖桿324外緣， -阻滯板72、一磨損環73及一墊片74後，利用固定元件 並與軸桿324另側螺鎖，使穿伸在主轴&的傳動組件 —主擠壓段40、第-副擠壓段50、第二副擠壓段6〇與 第二Μ擠《段7G併排定位；該鎖固座76具有出料口 ^， 並’、第—田彳擠壓段6G的機身外殼65形成鎖固結合，並在 其間銜接的外緣利用一上 '下管夾8〇、81夾套並鎖固。 所述螺旋件61，如第4圖所示之實施例中，由該螺旋 件61外周的外螺紋611上設有對應切π 612，藉此-切口 ⑴，將外螺…開為二段式，俾當如生== 擠壓段40強力擠壓成塊並推向前方時，透過第二副擠壓 段60之螺旋件61二對應切口 612作㈣並粉碎打散。 所述螺旋元件71，如第4圖所示之實施例中，可由該 螺疑几件71外周的外螺紋71丨上分佈設有三道切口 2， 藉此一切口 712，將外螺紋711切開為三段式，俾當如生 材在經過主擠4〇 #動擠壓成塊並推向前方時，而由 第二副擠壓段60之螺旋件61二對應切σ 612作切削後， 同時透過«元件71三道切口 712再次進行切削並粉碎 打散。 本創作欲實施時，請參閱前揭各圖式，並同時配合第 8 M368392 將如生材由擠壓裝置21 (如第2圖所示） 入料外殼400上方入料口 4000進入後，以 5、6圖所示， 的傳動組件3 02. This creation utilizes the probability of a fast cutting block with the snail of the third sub-squeezing section. A transmission assembly 30 includes a bearing housing 31, a main shaft 32, a front oil seal seat plate 33 and a rear oil seal seat plate 34. One side of the bearing housing 31 extends a splicing portion 312 having a shaft hole 311. A shaft fixing nut 311 is disposed in the shaft hole 311, a cymbal piece 3112 provided on the outer edge of the shaft fixing nut 3U1, a first bearing 3113 disposed in front of the spacer 3112, and a set of first bearing 3113 The bearing bushing 3114 of the front outer edge is provided with a fixing seat 313 on the other side. The fixing seat 313 is internally provided with a hole 3131 penetrating through the shaft hole 311, and is disposed on the outer edge of the second shaft portion 322 of the hole 3131. A bearing bushing 3132, a second bearing 3133, a shaft fixing nut 3134 and a spacer 3135 not on the outer edge of the shaft fixing nut 3134 are placed; the main shaft 32 is extended in a stepped manner — ' the second and third shaft portions 321 , 322 , 323 ′ and the first, second and third key grooves 32 ii are respectively provided at the outer edges of the first, third and third shaft portions 321 , 322 , 323 and M368392 '322ι, 3231, the first drive key 410 for the main extrusion section 40, the first drive key 310 of the transmission assembly 3〇, and the third drive key 34 of the third shaft portion 323〇 Inserted, and the main shaft 32 end is extended and limited in the main pressing section 40 and the transmission assembly 3〇, the other end is extended with a shaft 324, and the outer edge of the shaft 324 is provided with a fourth key groove 3 2 41, A fourth drive key $1 可供 for the first secondary extrusion section 5 〇 and a fifth drive key 610 of the second secondary/extrusion section 6〇 are placed, and the shaft 324 is extended and limited to a pair of pressing sections 50 and a second sub-extrusion section 60; the front oil seal® seat plate 33 has a shaft hole 331 through which the other end shaft 324 of the main shaft 32 extends, and is respectively provided and fed on both sides The first fixing block 332 of the outer casing 4 locking solid 4〇2 forms a screw lock, and the first fixing block 333 forming a screw lock with the convex portion 312 of the bearing box 31; the rear oil sealing seat plate 34 is provided for the second The through hole 341 through which the shaft portion 322 extends is sleeved with an oil seal 342 at the inner edge of the through hole 341, and is fixedly coupled to the fixing seat 313 on the other side of the bearing housing 31 at the outer periphery thereof. A main extrusion section 40 pivotally connected to the other side of the transmission assembly 3, including an inlet casing 400, an auger 41, a gasket 42, a wear ring 43, a retarding plate 44 and a fuselage The outer casing 45; wherein the inlet casing 4 is disposed on the side of the lock body 402 that is locked with the oil seal seat plate 33 of the transmission assembly 30, and the other side is provided with a receiving hole 4〇1 in the receiving hole 4〇 1 is inserted into a spiral propeller 41, and the auger 41 is provided with a shaft hole 411' for the shaft 324 to penetrate, and a rib outer edge of the shaft 324 having the first driving key 410 on the other side of the through-spike propeller 41. Then, the gasket 42 and the wear ring "and the retarding plate 44' are sequentially worn through the casing 42 with the shaft hole 451, and the rear end 垣 452 of the body casing 45 to the side The material casing 400 forms a 6 M368392 lock σ and is jacketed and locked by the upper and lower pipe clamp sets 80, 81 at the outer edge of the fuselage outer casing 45 and the feed casing 400. A first secondary extrusion section 5〇 'The inside of the fuselage shell 45 pivotally connected to the main extrusion section 4' includes a single spiral member 51, a retardation plate 52 provided with spacers 521 on both sides, and a wear ring 53' and The shell 54 is sleeved on the side; the single screw red member 51 is provided with a shaft hole 511 for the shaft 324 to extend, and then the outer edge of the shaft 324 having the fourth driving button 510 on the other side of the threaded single threaded member 51, The stepping sleeve has a blocking plate 52 having a gasket 521 on both sides and a wear ring 53, and is then sleeved by a body casing 54 having a shaft hole 541, and the rear end 垣 542 of the body casing 54 side is squeezing with the main body The fuselage shell 45 of the pressure section 4形成 forms a lock 'and the outer edge of the joint between them is utilized—the upper and lower pipe clamps, the sets 80, 81 are jacketed and locked. ± The first pressing section 60 is pivotally connected a fuse casing 54 of the pressing section 50 includes a screw 61, a gasket 62, a retarding plate 63 and a grinding ring 64, and is sleeved with a body casing 65 side; The spiral member 1 may be a single screw or a double helix, and the outer peripheral thread 6H forms a pair of core edge 612'. The inside thereof is provided with a shaft hole 613, in which the shaft 324 can be worn through the shaft hole 324. The outer edge of the shaft 324 having the fifth drive chain 61 is sequentially passed through a gasket 62, a retarding plate 63 and a wear ring 64, and then sleeved by a body casing 65 having a shaft hole (5). And the fuselage outside Yi (9) one: the back end 垣 652 The fuselage shell 54 of the first-sub-extrusion section 5 forms a lock and is sleeved and locked by an upper and lower tube set 8〇, 81 at the outer edge of the joint between them. A third sub-squeezing section 70' Connected to the fuselage 7 M368392 of the second sub-extrusion section 60: inside the casing 65, including a spiral element 71, a retarding plate & % 73, a spacer 74 and a locking seat 76; the helical element η ' a spiral or double helix, and a three-way slit is formed in the outer male thread 711. The inner portion is provided with a shaft hole 713' in which the shaft can be bent, and has a sixth driving key 71. After the outer edge of the sleeve 324, the blocking plate 72, a wear ring 73 and a spacer 74, the fixing member is screwed to the other side of the shaft 324 to extend the transmission assembly of the main shaft & The section 40, the first-sub-extrusion section 50, the second sub-extrusion section 6〇 and the second squeezing “segment 7G are positioned side by side; the locking seat 76 has a discharge opening ^, and ', the first 彳 彳 extrusion The fuselage casing 65 of the segment 6G forms a locking joint and is sleeved and locked by an upper 'lower pipe clamp 8 〇, 81 at the outer edge that is engaged therebetween. In the embodiment of the screw member 61, as shown in FIG. 4, a corresponding cut π 612 is provided on the outer thread 611 of the outer circumference of the screw member 61, whereby the outer screw is opened into a two-stage type. When the pressing section 40 is strongly extruded into a block and pushed forward, the screw member 61 of the second sub-extrusion section 60 corresponds to the slit 612 as (4) and is pulverized and broken. In the embodiment of the spiral element 71, as shown in FIG. 4, three slits 2 may be disposed on the outer thread 71 of the outer circumference of the threaded member 71, thereby cutting the external thread 711 into a slit 711. In the three-stage type, when the raw material is extruded into a block and pushed forward by the main extrusion, the screw 61 of the second sub-extrusion section 60 corresponds to the cut σ 612 for cutting, and simultaneously The cutting is again performed by the three-way slit 712 of the element 71 and pulverized and broken. For the purpose of this creation, please refer to the previous drawings, and at the same time, with the 8th M368392, if the raw material is entered by the extrusion device 21 (as shown in Fig. 2) into the feed inlet 4000 above the casing 400, 5, 6 shown, the drive assembly 3 0
方疋轉進入將如生材攪拌並擠壓的主擠壓段4〇，當在主擠壓 又40内αρ的螺旋推進器41轉動並將如生材緩緩推向前方 的第4擠壓段5 0，再由第一副擠壓段5 〇内部的單螺旋 件51逐漸傳送，並推向第二副擠壓段6〇的螺旋件η與 第三副擠壓段7G的螺旋元件71時，在如生材受到主擠壓 奴40的螺旋推進器41與第一副擠壓段的單螺旋件η 二第二、第三副擠壓段6〇、7〇不斷作轉動擠壓成塊並往 刖推時，可藉由在主擠壓段40、第一副擠壓段5〇、第二 副擠壓段6°及第三副擠壓段内部設置的阻滯板44、52 、63、72，以用來中斷如生材流到主擠壓段4q的入料外 殼_與第-副擠壓段5〇及第二、第三副擠壓段6〇、 的^外豸45、54、65內部，則如生材在傳送擠應及推 向刖方過程中，先經過該第二副擠壓段6〇螺旋件Η的二 對應切口 612切削’後再透過第三副擠壓段7〇螺旋元件 71的二道切口 712同時進行快速切削並粉碎打散，以 力’並可避免被擠壓成塊之如生材再置人粉 之費力費時，擠壓效果甚佳。 ^泰碎 【圖式簡單說明】 第1圖：係傳統蒸煮機之擠壓裝置配置立體圖。 第2圖：係本創作蒸煮機之擠廢裝置配置外觀立體圖 〇 第3圖m彳作蒸煮機之㈣裝置立體分解圖 M368392 第4圖.係本創作αιι π 丨作早螺旋件與螺旋件、螺旋元件之 體分佈圖。 第5圖：係本創作$去仙 作蒸煮機之擠壓裝置配置組立立體 立圖 第6圖：係本創作蒸煮 主要元件符號說明】 (習用） 10·擠壓裝置 111 ·入料外殼 12. 主擠壓段 13. 第一副擠壓段 14. 第二副擠壓段 15 ·第三副擠壓段 (本創作） 2 0.蒸煮機 21.擠壓裝置 31. 軸承箱 311 •軸孔 3111 ·轴用固定螺帽 3113.第一轴承 313 ·固定座 3132.轴承概套 3134.軸用固定螺帽 32. 主軸 機之擠壓裝置配置剖視圖 11.傳動組件 112 _入料口 121.螺旋推進器 131.第一螺旋件 141.第—螺旋件 151.第三螺旋件 3 0 ·傳動組件 310.第二驅動鍵 312·凸接部 3112.墊片 3114·軸承襯套 3131 ·孔洞 313 3.第二軸承 3135.墊片 10 M368392 321、322、323.第一、第二、第三軸部 3211、3221、3231.第一、第二、第三鍵槽 324.軸桿 3241.第四鍵槽 33.前油封座板 331.軸孔 332、333.第一、第二固定塊 34.後油封座板 341.透孔 40.主擠壓段 4 0 0 0 _入料口 402.鎖固體 410.第一驅動鍵 42.墊片 44.阻滞板 451.軸孔 50.第一副擠壓段 510.第四驅動鍵 52. 阻滯板 53. 磨損環 5 41.軸孔 60.第二副擠壓段 610.第五驅動鍵 612.切口 62.墊片 64.磨損環 340.第三驅動鍵 342.油封 4 0 0.入料外殼 401.容置孔 41.螺旋推進器 411.軸孔 43.磨損環 45.機身外殼 4 5 2.後端垣 51.單螺旋件 511.軸孔 521.墊片 54.機身外殼 5 4 2.後端垣 61.螺旋件 6 Π.外螺紋 61 3.軸孔 6 3.阻滯板 65.機身外殼 11 M368392 6 51.軸孔 6 5 2.後端垣 70.第三副擠壓段 71.螺旋元件 710.第六驅動鍵 711.外螺紋 71 2.切口 713.轴孔 7 2.阻滯板 73.磨損環 74.墊片 75.出料口 76.鎖固座 77.固定元件 80、81.上、下管夾組 12Fang Fang turns into the main extrusion section 4将 which will stir and squeeze the green material, and when the main extrusion is 40, the αρ auger 41 rotates and pushes the raw material slowly forward to the fourth extrusion. The segment 50 is further conveyed by the single screw 51 inside the first secondary pressing section 5, and is pushed to the screw η of the second secondary pressing section 6〇 and the helical element 71 of the third secondary pressing section 7G. At the time, the spiral propeller 41 such as the raw material is subjected to the main squeezer 40 and the single spiral member η 2 of the first secondary extrusion section, and the second and third secondary extrusion sections 6〇, 7〇 are continuously rotated and extruded. When the block is pushed forward, the retarding plates 44, 52 may be disposed inside the main pressing section 40, the first secondary pressing section 5, the second secondary pressing section 6°, and the third secondary pressing section. , 63, 72, for interrupting the feed casing such as the raw material flowing to the main extrusion section 4q and the first and second extrusion sections 5〇, and the second and third secondary extrusion sections 6〇, 45, 54, 65 inside, if the green material is in the process of conveying and pushing to the side, first through the second sub-extrusion section 6 〇 screw Η two corresponding slits 612 cut 'after and then through the third pair Squeeze section 7 of the spiral element 71 Port 712 while quickly cutting broken up and pulverized to a force 'may avoid extruding into chunks, such as raw materials and then set the time-consuming effort of human powder, pressed very good results. ^泰碎 [Simple description of the figure] Figure 1: A perspective view of the extrusion device configuration of a conventional cooking machine. Fig. 2: The stereoscopic view of the configuration of the squeezing device of the present digester 〇Fig. 3 彳 蒸 蒸 蒸 ( 四 四 四 368 368 368 368 368 368 368 368 368 368 368 368 368 368 368 368 368 368 368 368 368 368 368 368 368 368 368 368 368 368 368 368 368 368 368 368 368 The body distribution of the spiral element. Figure 5: This is the creation of the squeezing device of the simmering cooker. The stereoscopic figure is set up. Figure 6: The main components of the retort cooking symbol description (used) 10 · Squeezing device 111 · Feeding shell 12. Main extrusion section 13. First secondary extrusion section 14. Second secondary extrusion section 15 · Third secondary extrusion section (this creation) 2 0. Steamer 21. Extrusion device 31. Bearing housing 311 • Shaft hole 3111 · Shaft fixed nut 3113. First bearing 313 · Mounting seat 3132. Bearing set 3134. Shaft fixing nut 32. Spindle machine extrusion device configuration sectional view 11. Transmission assembly 112 _ Inlet 121. Spiral The propeller 131. the first spiral member 141. the first spiral member 151. the third spiral member 3 0 · the transmission assembly 310. the second drive key 312 · the convex portion 3112. the spacer 3114 · the bearing bush 3131 · the hole 313 3 Second bearing 3135. Shim 10 M368392 321, 322, 323. First, second, third shaft portion 3211, 3221, 3231. First, second, third keyway 324. Shaft 3241. Fourth keyway 33. Front oil seal seat plate 331. Shaft hole 332, 333. First and second fixed block 34. Rear oil seal seat plate 341. Through hole 40. Main extrusion section 4 0 0 0 _ Inlet port 402. Locking solid 410. First drive key 42. Gasket 44. Blocking plate 451. Shaft hole 50. First sub-extrusion section 510. Fourth drive key 52. Blocking plate 53. Wear ring 5 41. Shaft Hole 60. second sub-extrusion section 610. fifth drive key 612. slit 62. spacer 64. wear ring 340. third drive key 342. oil seal 4 0 0. feed housing 401. housing hole 41. Propeller 411. Shaft hole 43. Wear ring 45. Body shell 4 5 2. Rear end 垣 51. Single screw 511. Shaft hole 521. Shim 54. Body shell 5 4 2. Rear end 垣 61. Spiral Item 6 外. External thread 61 3. Shaft hole 6 3. Blocking plate 65. Body shell 11 M368392 6 51. Shaft hole 6 5 2. Rear end 垣 70. Third sub-extrusion section 71. Spiral element 710. Sixth drive key 711. External thread 71 2. Notch 713. Shaft hole 7 2. Blocking plate 73. Wear ring 74. Spacer 75. Outlet port 76. Locking seat 77. Fixing element 80, 81. Lower pipe clamp set 12